Decke, SimonJung, M.Shihada, J. AbuKoschinski, L.Musall, S.Montes, V. RincónOffenhäusser, A.
Objective: Current neural interfaces targeting deep intraneural regions involve numerous complex manufacturing steps and large cross-sectional footprints, which often trigger foreign body reactions due to their rigid materials. To overcome this, we have recently developed a 3D penetrating, flexible, [for full text, please go to the a.m. URL]
Charles D. MerrittPaul FalkensteinB. L. Justus
Charles D. MerrittB. L. Justus
Matthew G. McDonaldAntonina MonacoFarnoosh VahidpourKen HaenenMichèle GiuglianoMiloš Nesládek
M. BonnauronS. SaadaL. RousseauG. LissorguesC. MerP. Bergonzo
Fulvia Del DucaKoji SakaiBeatrice De ChiaraToichiro GotoDefne TüzünLukas HiendlmeierGeorge Al BoustaniPeng HuTetsuhiko TeshimaSimon N. JacobBernhard Wolfrum